IMAGING-PAM

Modified AxioScope 5 Microscope (Zeiss) adapted for IMAGING PAM applications. Comprises binocular fototube (30°/23 100:0/0:100), condenser 0,9/1,25H and transmitted light unit HAL 50. Detector filter RG665, dichroic mirror 420-640 nm, video adapter 60N-C 2/3" 0,5x and standard lens Fluar 20x are already mounted

Reflector Module with filter set for additional microscope LED lamp modules. Consisting of a beam splitter filter (420- 640 nm) and a detector filter (665 nm), mounted in a Zeiss reflector module frame

Aluminum housing featuring built-in Li-ion battery, sockets for cable connections with CCD Cameras IMAG-K6 or IMAG-K7, connectors for the MAXI, MINI and MICROSCOPY Measuring Heads and Battery Charger 2120-N

RISC processor

For Windows 10 and 11 PCs with ImagingWinGigE software versions; connection is via GigE ethernet

Internal rechargeable Li-ion battery 14.8 V/5.2 Ah

9 W (500 mA) drawn from internal Li-ion battery

Approx. 4 hours (IMAGING-PAM turned off) via Battery Charger 2120-N

-5 to +45 °C

25 cm x 10.5 cm x 11 cm (L x W x H)

2.1 kg (incl. internal battery)

Black and white C-mount camera operated in 11-bit-mode at 16 frames/sec featuring 2 x 2 pixel binning

2/3" readout (1392 x 1040 px primary resolution; 640 x 480 px effective resolution after binning)

GigE-Vision®

C-mount

2.9 cm x 2.9 cm x 4.1 cm (L x W x H) (without lens and cooling bodies)

65 g (camera only)

90 to 264 V AC, 47 to 63 Hz

19 V DC, 3.7 A

0 to 40 °C

15 cm x 6 cm x 3 cm (L x W x H)

300 g

Intel core i5 or comparable CPU, min 8 GB free RAM, built-in Gigabit Ethernet (GigE), Win11 OS

Data display and evaluation plus instrument settings on 7 different windows:

Box 1: Aluminum box with individual foam lining for IMAGING-PAM MICROSCOPY version accessories

Box 2: Sturdy cardboard box with individual foam lining for Zeiss Axioscope 5 and accessories

Box 1: 60 cm x 40 cm x 35 cm (L x W x H)

Box 2: 68 cm x 62 cm x 64 cm (L x W x H)

Box 1: 5 kg

Box 2: 5 kg

Microscope LED Lamp Module 470 nm (blue) for fluorescence excitation of Chl fluorescence of most algae groups. Emission peak at 470 nm. Shipped together with a set of neutral grey filters for using the system together with higher magnifications.

Microscope LED Lamp Module 625 nm (red-orange) for fluorescence excitation of Chl fluorescence of most algae groups including cyanobacteria. Emission peak at 625 nm. Shipped together with a set of neutral grey filters for using the system together with higher magnifications.

Red-Green-Blue Microscopy LED Lamp allowing computer-assisted deconvolution of major algae groups. Fluorescence excitation and actinic illumination using red (620 nm), green (520 nm), blue (460 nm) or white light (mixed 620, 520 and 460 nm); featuring fluid light guide (100 cm length, 3 mm active dia.), connecting to collimator optics at excitation port of epifluorescence microscope; with cable to be connected to RGB output socket at IMAG-CG; featuring printed circuit board with separate drivers for RGB LEDs;

Light grey plastic housing with connectors, membrane keyboard and a white illuminated LCD graphic display

12 x 7.5 x 3.5 cm

210 g (including 4 AAA 1.5 V batteries)

4 AAA-type batteries or 5 V DC from USB voltage source when connected to the computer

up to 85 % rH (avoid condensation), - 20° to + 50°C ambient temperature

PAR channel #1: 100 samples / second, PAR channel #2 and other channels: 5 samples / second (connected to computer running WinControl-3 software)

10 days or ca. 100 days automated logging with sleep mode (1 meas. / 5 min). Unlimited working time via USB connection (PC-software WinControl-3 – no sleep mode)

• Two BNC-connectors for the connection of two PAR-sensors with individual calibration factors between -50.0 and -9999.9 (memory for 10 calibration factors), range switchable in 5 steps 250 nA to 0.6 mA
• Connector for Monitoring Leaf-Clip JUNIOR-B; an adapter is available for the connection of the Leaf-Clip Holder 2030-B, and the Micro Quantum/Temp.-Sensor 2060-M
• Connector for additional digital sensors (still under development)
• USB-Connector for connection with computer (software: WinControl-3)

Flash memory used as ring buffer for 50000 lines (1 line / single measurement)

White illuminated graphic display with 5 different display modes (1: all data; 2-4: two selected sensors in big letters; 5: chart mode for channel no. 1, with maximum, minimum and average indicated), resolution: 0.1 μmol m^-2 s^-1

1 free USB socket. Processor, 1 GHz. RAM, 256 MB. Hard disc space, 20 MB. Screen resolution: 800 x 600 pixels. Interface, USB 1.1, 2.0 and 3.0. Operating system: Microsoft Windows 10 and 11.

Microscopy quantum sensor for PPFD (photosynthetical photon flux density) measurement.

Black anodized aluminum housing

Resin with fluorescence dye

High stability silicon photovoltaic. Signal output typically 1.5 μA / (1000 μmol m^-2 s^-1)

0.01 %/K

± 5 %

0 °C … + 40 °C

55 cm

BNC

Not required

Height: 5.5 mm
Length: 76 mm
Width: 26 mm
Diffuser diameter: 0.2 mm

36 g